In the figure shown below, the concrete block with specific weight = 25 kN/m3 needed to keep the gate with a wide = 2.5 m in a closed position, with e = 3.5 m. %3D Note: the hinge at the bottom of the gate, water specifc weight = 10000 N/m3. Determine the following: Stop Submerged concrete block Water Hinge

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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The hydrostatic pressere force (N).
The line of action of the hydorostatic force
from the water top level (m).
The minimum volume of concrete to keep
the gate in a closed position as shown
(m³).
The tension in the cable (N).
The Buoyant force on the concrete (N).
Transcribed Image Text:The hydrostatic pressere force (N). The line of action of the hydorostatic force from the water top level (m). The minimum volume of concrete to keep the gate in a closed position as shown (m³). The tension in the cable (N). The Buoyant force on the concrete (N).
In the figure shown below, the concrete
block with specific weight = 25
kN/m3 needed to keep the gate with a wide
= 2.5 m in a closed position, with e = 3.5 m.
%3D
Note: the hinge at the bottom of the gate,
water specifc weight = 10000 N/m3.
Determine the following:
Stop
Submerged
concrete
block
Water
Hinge
Transcribed Image Text:In the figure shown below, the concrete block with specific weight = 25 kN/m3 needed to keep the gate with a wide = 2.5 m in a closed position, with e = 3.5 m. %3D Note: the hinge at the bottom of the gate, water specifc weight = 10000 N/m3. Determine the following: Stop Submerged concrete block Water Hinge
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